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Matlab vs Octave
Octave Intro
Toolbox Examples
Toolbox Download
calcBJTBiasBasic.m
calcCascadedNoise.m
calcMicrostripEL.m
calcMicrostripEre.m
calcMicrostripL.m
calcMicrostripMenu.m
calcMicrostripW.m
calcMicrostripZo.m
calcStabilityCircles.m
calcVSWRcircle.m
csv2mdf.m
db2r.m
dbm2watt.m
example1.m
example2.m
example3.m
example4.m
gamma2rl2vswr.m
gammaLoad2gammaIn.m
getFreqDistribution.m
getNextPlotStyle.m
getRandomColor.m
gtoz.m
importCsvColData.m
importCsvFolder.m
importS2P.m
listDir.m
loadMdf.m
materialProperties.m
plotStabilityCircles.m
ptor.m
r2db.m
rtop.m
saveMdf.m
scAddCircle.m
scAddLabels.m
scAddPoint.m
scCreate.m
singleFreqSparams.m
testStability.m
watt2dbm.m
ztog.m
| calcVSWRcircle.m %%%%~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ %%%% %%%% Calculate impedance points making up constant VSWR circle %%%% around target impedance %%%% - Output could be saved to a text file for use in AWR or ADS %%%% - Output could be saved to a text file and used in a spreadsheet program %%%% - Output could be viewed using scCreate.m and scAddPoint.m (looped) %%%% %%%% Example Inputs: %%%% vswr = 2 %%%% Z_center = 4-2i %%%% Zo = 50 %%%% %%%% Output: %%%% each row of the form...... %%%% circle_points_z(index,:) = [index,real(Z),imag(Z)]; %%%% %%%% Usage: %%%% 1 arguments in: vswr circle around center of smith chart %%%% [circle_points_z] = calcVSWRcircle(vswr); %%%% %%%% 2 arguments in: vswr circle around ZL, assume Zo = 50 %%%% [circle_points_z] = calcVSWRcircle(vswr,Z_center); %%%% %%%% 3 arguments in: vswr circle around ZL, with user provided Zo %%%% [circle_points_z] = calcVSWRcircle(vswr,Z_center,Zo) %%%% - This option is currently redundant since output is NOT normalized %%%% - Need to look into this %%%% %%%% Based on equations from Gonzalez p.262 %%%% %%%% curtis [creatingrf at gmail.com] %%%% calcVSWRcircle.m %%%% Last edited: 6/15/12 %%%% Octave tested: 9/1/13 %%%% Matlab tested: 6/15/12 %%%%~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ |
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